ECOLIGHT Run Title: HE5.1: User's Guide Example 1 (12/03/2009 15:42)
Parameters: nz, ntheta, nphi, nlambda =    11   20    1    1
Radiance distribution L(z,theta,phi,lambda)
The radiance is the total (direct + diffuse) radiance in W m^-2 sr^-1 nm^-1
depth = -1.0 labels values in air (just above the sea surface)
theta and phi are the directions of photon travel
theta = 0 is downwelling; theta = 180 is upwelling
   depth   theta    phi   lambda     radiance
    [m]    [deg]   [deg]   [nm]   [W/(m^2 sr nm)]
   -1.00     0.0     0.0   550.0    9.54930E-02
   -1.00   180.0     0.0   550.0    5.11278E-03
    0.00     0.0     0.0   550.0    1.66648E-01
    0.00   180.0     0.0   550.0    5.69139E-03
    0.25     0.0     0.0   550.0    1.74585E-01
    0.25   180.0     0.0   550.0    5.52891E-03
    0.50     0.0     0.0   550.0    1.81717E-01
    0.50   180.0     0.0   550.0    5.36920E-03
    1.25     0.0     0.0   550.0    1.98646E-01
    1.25   180.0     0.0   550.0    4.90857E-03
    2.50     0.0     0.0   550.0    2.14083E-01
    2.50   180.0     0.0   550.0    4.20712E-03
    5.00     0.0     0.0   550.0    2.11443E-01
    5.00   180.0     0.0   550.0    3.05157E-03
    7.50     0.0     0.0   550.0    1.84936E-01
    7.50   180.0     0.0   550.0    2.18744E-03
   12.50     0.0     0.0   550.0    1.17525E-01
   12.50   180.0     0.0   550.0    1.09919E-03
   25.00     0.0     0.0   550.0    2.44875E-02
   25.00   180.0     0.0   550.0    1.84570E-04
   37.50     0.0     0.0   550.0    4.18457E-03
   37.50   180.0     0.0   550.0    2.99492E-05